Key Takeaways Micro-optics, including lenses used in biomedical sensors and optical fibers, enable advanced miniaturized technologies. These tiny components enhance consumer products and biomedical devices with their precision. Manufacturing methods include traditional techniques, photoresist reflow, and soft lithography. Micro-optics are often integrated into microsystems or produced in arrays for various applications. The Power of Micro-Optics […]
Key Takeaways: Molded glass domes, including optical glass domes with flanges, offer superior optical clarity and durability. Common issues include distortion, haziness, and reduced transmission. Long-term challenges involve radiation degradation, thermal failure, and mechanical stresses. Ideal dome selection requires assessing application needs, manufacturing methods, and material choices. Optical Dome with Flange In the fascinating world […]
Optical domes protect optical systems and maintain optical performance even under high pressure conditions.
Laser Metrology uses laser interferometers with specific wavelengths and semi-reflectors for precise measurements.
SWIR imaging with InGaAs sensors and SWIR cameras captures details not visible with standard visible light by detecting SWIR light.
Infrared lens design with aspherical lenses enhances wide field of view and optical systems by replacing multiple spherical lenses.
The custom objective lens with a large numerical aperture achieves high resolution for trapping and imaging single atoms.
Aspheric bonded lenses in the manufacturing of Aspherized Achromatic Lenses effectively reduce both chromatic and spherical aberration.
Zoom lenses enable adjustable focal lengths, impacting WD, FOV, resolution, and image clarity in various applications.
Discover the importance of asphere metrology and advanced techniques for measuring aspheric optics quality.
